Specialist Mathematics

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Please bring a calculator to each session.

Can’t make it to a session this term? This subject will run again, so stay tuned. Sign up to our newsletter, and be the first to know when the next seminars are available. You’ll also find out about any special offers, short courses and book deals.

Teacher in charge: Paul Urban

Paul is a highly successful senior Mathematics teacher with more than 30 years’ experience including as a marker for SACE and, more recently, IB Diploma Maths. He will focus you quickly and clearly, with room for personal discussion.

Qualifications: B.Sc. (Hons.), B.Ec.

Session A – Functions & sketching graphs

  • Composition of functions including domain and range
  • One-to one functions, their inverses and graphs of each
  • Sketching graphs including absolute value functions; composition involving absolute value and reciprocal functions; rational functions & behaviour near asymptotes
$70.00

No Places Available

Session added

Session B – Complex Numbers with Polynomials and Induction

  • Principle of Mathematical Induction (PMI)
  • Proofs of complex number properties (including the use of PMI)
  • Polynomials; operations (division algorithm; roots, zeros and factors; Remainder & Factor theorems; real polynomials and irreducible quadratic factors associated with conjugate pair zeros.
  • Application of De Moivre’s Theorem to finding roots of complex numbers and geometric description of these roots
$70.00

No Places Available

Session added

Session C – Vector Geometry in 2 & 3 dimensions

  • Basic concept of scalars and 2D & 3D-vectors together with the geometry and algebra of vectors
  • Operations with vectors including addition, subtraction scalar multiplication and the product of vectors in 2 different ways
  • Parallel and perpendicular vectors
  • Problem solving with 2D and 3D vectors
  • Finding areas of triangles and parallelograms using vectors
$70.00

No Places Available

Session added

Session D – Applications of Vectors

  • Equations of lines and planes
  • Finding angles between lines; line and plane; planes
  • Vector proof of geometric properties
  • Problem solving in 2D and 3D geometry including the use of row operations on a system of linear equations
$70.00

No Places Available

Session added

Session E – Integration techniques and applications

  • Basic rules derived from the Fundamental theorem of Calculus
  • Integration by substitution and by parts
  • Using partial fractions
  • The use of inverse trigonometric functions for integration (need for one-to-one functions)
  • Applications involving finding areas and volumes
$70.00

No Places Available

Session added

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